ok,this is the HWMonitor reading,but in UEFI bios,it give me 60c reading.haishh..nvm,i hope the hwmonitor give me the true reading
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Your fan speed measured is irregular..check whether you plug your CPU fan header and any other header properly into its proper 3/4 pin header Check whether your BIOS is showing the same fan speed or not..check visually as well to see whether the fan is actually spinning as fast as it is shown By far the Realtemp and HWMonitor will give you the most accurate readings..CoreTemp and SpeedFan has T junction problems they add or minus 15C sometimes
my concern is that 1155 socket will come out with another successful proc like i7 2600k?
if i7 2600k is the last proc available for this socket, i dont think its worth. Intel keep changing socket will make the consumer burden.
still miss 775 era..
If you want to buy Intel processors then you have to obey their Tick Tock rule..meaning every other year there will be an processor with a new architecture To maximize the potential they will usually change the socket..LGA775 is back then..now is different So if you buy a SB now..next year will have Ivy Bridge with a die shrink but the Socket is still LGA1155 with BIOS update But the following year at year 2013..the Tock will happen and Intel Haswell will come out..when that happens LGA1155 will be replaced with another socket
hi every1 my i2600k on cm hyper 212 plus with tuniq tx2 thermal paste when idle the temp around 36-43 at night no overclock open case
is it too high? i expected lower
My friend's rig a Core i7 2600 + Hyper212+ idling around that range as well..I don't think it is normal but definitely something is not right there I must try to see whether I could get lower temperatures by aiming it towards the rear 120mm exhaust fan instead.. Is your Hyper212+ facing upwards where the fan is blowing upwards toward the top of the casing?
my hyper212 is blowing from rear to front while my rear fan is sucking air from outside into casing
Then try the other way around to see whether there is any difference in temps..usually people would use the rear fan as an exhaust Set your Hyper212+ to suck from the front and blow towards the back of the casing..see if there is any improvement Thought of changing the TIM as well on my friends rig and change the orientation to blow towards the rear exhaust fan.. But you're used Tuniq TX2 and there is not very big difference to me using the supplied TIM with the CM Hyper212+..how strange
They are likely to send to notebook users which do not have Sata 2 port. I dont need to worry about that. or budget motherboard t hat dont have sata 2 port.
Anyway I am holding off for Z68. Free opportunity for me, then free extra 5-6 months warranty since it reset LOL?! thats 5.5years from my Sabertooth.
I am not too sure about swapping your H67/P67 for a Z68 although I've heard of such practice before.. But most of the time I see that the reseller only allows swap for the similar model..
A mITX motherboard can have the same basic features as a full sized motherboard but you must understand that a full sized ATX can provide more than basic The full sized motherboards since it is large hence its PCB area is big and more components can be placed on it.. You can have more power phases to have 'cleaner' power to theoretically improve overclocking.. The it is also possible to add extra features like onboard X-Fi like the G1 motherboards..add to that a excessive amounts of PCIE lanes More USB headers, SATA ports, RAM slots and special overclocking features like OC Genie button and a number of switches and levers to reset here and there Good to do multiple GPU setup with a full sized ATX as well because you have a single PCI slot space between GPU for it to intake air properly..
Maybe the Z68 board needs at least a discrete to make it work and a VGA/DVI/HDMI at the I/O panel is unnecessary.. The Z68 chipset does come with the Lucidlogix Virtu which may give user the ability to switch between graphic options.. If the Intel HD2000/3000 and the discrete GPU is used together then the video can go through a single output from the discrete GPU..it automatically switches That way you don't have to take out the HDMI cable from the discrete GPU and plug it to the motherboard HDMI just to use the Intel IGP.. The logic is that you can afford for a SB processor..add to that the Z68 motherboards will not come cheap at all which will cost way more than a P67 You can get 2 very expensive items already but cannot even afford a discrete GPU?..my 2 cents on this matter only..if it comes out with a HDMI don't flame me
Gigabyte is discontinuing their P67 line of SB motherboards..grab yours now before you have to pay a slight premium for the Z68 version Would be nice to see if Gigabyte can offer the Z68 motherboards at the current P67 motherboard price..sadly no UEFI BIOS still for Gigabyte boards
In terms of features the Z68 chipset has more features than the P67 chipset besides overclocking..enthusiast or not many do not build on an infinite budget Apparently Gigabyte is the only motherboard manufacturer that does this and so far no news about other manufacturers following this trend.. In actual fact the P67 can have overclocking and use the IGP..there is no problem with the chipset at all..it is just factory disabled The Z68 also will obviously cater to those who buys a Core i5 2500K or Core i7 2600K as there is no point in getting a non K CPU with a Z68 motherboard..
guys !! my friend just get his new i7 pc. i7 2600k+asus P8P67 mobo +CM hyper 212+and HAF 912 casing.after install ,we find out in bios temp show up is 47-50c idle (all with default setting,NO OC yet) why the temp is so high in idle ??is that normal ?? any 1 can give me know ASAP ? THX ^^
The PC does not really 'idle' in BIOS..usually it will run a little bit higher than idle Double check your temps using HWMonitor and it will show lower temps..40C or less in idle is good
Ivy Bridge is the upcoming “tick” in Intel’s product range, a 22 nm shrink which is due 1Q2012. Sources close to Intel have revealed that RAM support will be up to an official DDR3-2133, with motherboard manufacturers offering up to around DDR3-3000. The official support on Sandy Bridge only goes as high as DDR3-1333, so this is quite a large jump.
Base clock overclocking returns once more, but with a twist. Much like overclocking an old Pentium 2 using DIP switches for 66MHz, 84MHz or 100MHz there will be various “base” speeds for the BCLK which can then be fine-tuned by up to 5% in either direction. This means that selecting a BCLK of 100MHz will allow a fine-tuning range of 95MHz to 105MHz. Unfortunately, we don’t know the base speeds at this moment in time but expect an update as soon as we know.
It means that IB would have a BCLK that have a few adjustable presets instead of the regular 1MHz steps.
Asus Intel P8H67-M B3 + i5 2500k + ati hd 5850, is this a good combo?
No. What you have there is a H67 chipset motherboard and it is a waste unless you're never going to overclock and would depend more on the IGP. If you're getting a Core i5 2500K, get a P67 or Z68 chipset motherboard instead. What I highlighted in red you find another board with a P67 or Z68 in it then you're good. If you're not interested to change your motherboard then get the Core i5 2500 instead which is cheaper and makes more sense to pair it up with a H67 motherboard.
The specs of i7-2700K are unknown though. It's also a question whether there will be i7-2700 and i7-2700S or not. However, we would expect i7-2700K to carry similar specs as i7-2600K (four cores, Hyper-Threading, unlocked multiplier, 8MB L3...), but a slightly higher default frequency. Given Intel's history, 100MHz (one multiplier) increase sounds likely, making i7-2700K's stock frequency 3.5GHz with up to 3.9GHz Turbo. Price wise i7-2700K should also replace i7-2600K, making its price ~$317.
According to anandtech's article that Intel Ivy bridge for 1155 only get performance improve like 10% @ same price point which also includes the higher clock frequency. Majority of the 22nm process shrink benefit goes to GPU. and still 4 cores. No 4+GHz stock clock CPU:
QUOTE(dma0991 @ Sep 12 2011, 08:38 PM)
Some say that SB is the sweet spot for a enthusiast to be and IB might not promise much either as it is geared for the mobile space. All the 3D transistor you heard of has more benefits towards the mobile space...
You have too high expectations of IB. It is a die shrink, not a major redesign of the architecture. A 10% increase in performance from a die shrink is quite generous upgrade already. If you want more than 10% performance increase and more cores, wait for Haswell. Makes no sense for Intel to actually sell a octacore IB even if they could because that would canibalize the sales of SB-E. I am not too sure whether Intel would have IB with stock clocks over 4 GHz but I think it would be very unlikely, the more likely scenario would be slightly higher clocks than SB. The improved GPU has more benefits to Intel's ultrabooks than having a bigger improvement on their CPUs.
Mar 19 2011, 01:39 PM
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